What it does and how it works
Powered by OnPulse™ technology, the non-invasive geko™ device triggers the body's built in mechanisms to increase blood circulation. Small electrical impulses gently stimulate the common peroneal nerve which in turn activates the muscle pumps of the lower leg that return blood towards the heart. In this way, neuromuscular stimulation in the lower limb emulates the process normally achieved by walking (up to 60%) but without the patient having to move or exert energy and without discomfort.
A simple, self-adhesive device that is applied to the back of each knee, the disposable, one-size-fits-all geko™ device is designed to avoid the need for more complex procedures.
| Caracteristicas | |
| Caracteristicas | How to use it The disposable, self-contained geko™ device is... quick and easy to apply - it takes just 60 seconds to fit simple to operate - from just one button After simple preparation of the skin, the geko™ device is applied via its self-adhesive gel to the outside of the leg, just below the level of the knee, at the centre of the fibula head. The fibula head can be felt as a round protrusion at the very top of the fibula bone. Alterntively the device may be applied to the back of the knee. Positioned correctly, it sits just above or just below the crease with its operating button located conveniently to the outer side of the leg at the knee. Easy to wear, the geko™ device is designed to increase blood flow in a range of conditions. Small, light and comfortable, it allows full freedom of movement and, adjustable to match patient sensitivity, its operation can be hardly noticeable. Set up for up to 24 hour use, the disposable geko™ device is designed to be safe and hygienic. Who it's for The geko™ device may be used by anyone who might benefit from increased, lower limb circulation and a reduction of blood stasis. The geko™ T-2 neuromuscular stimulator device is intended for: - Increasing local blood circulation - Immediate post-surgical stimulation of the calf muscles to prevent venous thrombosis |